CN101626460B - Electron device and target selecting method - Google Patents
Electron device and target selecting method Download PDFInfo
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- CN101626460B CN101626460B CN2009101598172A CN200910159817A CN101626460B CN 101626460 B CN101626460 B CN 101626460B CN 2009101598172 A CN2009101598172 A CN 2009101598172A CN 200910159817 A CN200910159817 A CN 200910159817A CN 101626460 B CN101626460 B CN 101626460B
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Abstract
The invention provides an electron device and a target selecting method. A technical problem to solve is that: multi-times touch operation is required for selecting a plurality of targets in a technique which selects a hoped target through the touch operation of a touch panel. The invention provides a technical scheme for solving the technical problem: detecting a touch state of the touch operating to the touch panel which is overlapped collocated on a monitor for displaying a plurality of targets (11-116), deciding a selecting zone size (620, 630) of a range of the selecting targets according with the detected touch state, and setting a selecting zone based on the touch position, adopting at least one part and the set targets (15-17, 19-111, 113-115) overlapped with the selective zone asselective candidates.
Description
Technical field
The present invention relates to technology that the target (object) on the monitor (monitor) that is presented at electronic installation is selected.
Background technology
The user touches the animation icon that (touch) oneself wants the program seen, thus, can change the channel of TV main body.That is, the user can select oneself to want the program seen.
[patent documentation 1] Japanese kokai publication hei 7-7631 communique
As mentioned above, touching the target of selecting to wish a plurality of targets from the display part that is presented at overlay configuration and has touch panel is known technology.But, in the prior art, under the situation of the target that has a plurality of hope, need carry out touch operation with the destination number same number that will select.
Summary of the invention
The present invention finishes in view of above-mentioned problem just, and its purpose is to provide following technology: when selecting a plurality of target the target from the monitor that is presented at overlay configuration and has touch panel, can select a plurality of targets with the touch operation of number of times seldom.
The electronic installation of a mode of the present invention is characterised in that this electronic installation has: monitor, and it shows a plurality of targets; Touch panel, its overlay configuration is on described monitor; Touch location detection portion, the touch location when its detection is carried out touch operation to described touch panel; The touch condition test section, the touch condition when its detection is carried out touch operation to described touch panel; Select region setting part, its basis is by the detected touch condition of described touch condition test section, the size in zone is selected in decision, the scope that this selection zoning is selected the target that is presented on the described monitor, and, to be benchmark, on described monitor, set described selection zone by the detected touch location of described touch location detection portion; And target selection portion, it selects the target of at least a portion and the described selection region overlapping that sets; Control part, when in detecting, having carried out touch operation with the target overlapping areas of selecting by described target selection portion to the zone on the described touch panel, the described target of selecting of described control part deletion, when detecting when not carried out touch operation with the described target overlapping areas of selecting, perhaps, also do not detect when having carried out touch operation with the described target overlapping areas of selecting when having passed through the stipulated time, described control part is removed the selection of described target selection portion to target; Time when described touch condition test section detection is carried out touch operation to described touch panel, described selection region setting part is set as follows: the described time was long more as described touch condition, and the described size in zone of selecting is big more.
The electronic installation of a mode of the present invention is characterised in that this electronic installation has: a kind of electronic installation is characterized in that this electronic installation has: monitor, and it shows a plurality of targets; Touch panel, its overlay configuration is on described monitor; Touch location detection portion, the touch location when its detection is carried out touch operation to described touch panel; The touch condition test section, the touch condition when its detection is carried out touch operation to described touch panel; Select region setting part, its basis is by the detected touch condition of described touch condition test section, the size in zone is selected in decision, the scope that this selection zoning is selected the target that is presented on the described monitor, and, to be benchmark, on described monitor, set described selection zone by the detected touch location of described touch location detection portion; Target selection portion, it selects the target of at least a portion and the described selection region overlapping that sets; Control part, when in detecting, having carried out touch operation with the target overlapping areas of selecting by described target selection portion to the zone on the described touch panel, the described target of selecting of described control part deletion, when detecting when not carried out touch operation with the described target overlapping areas of selecting, perhaps, also do not detect when having carried out touch operation with the described target overlapping areas of selecting when having passed through the stipulated time, described control part is removed the selection of described target selection portion to target; Time when described touch condition test section detection is carried out touch operation to described touch panel, described selection region setting part is set as follows: the described time was long more as described touch condition, and the described size in zone of selecting is big more.
The target selecting method of a mode of the present invention is according to the touch operation of the touch panel of overlay configuration on the monitor that shows a plurality of targets, select desired destination a plurality of targets on being presented at described monitor, it is characterized in that this target selecting method has following steps: the touch location when detecting the touch operation of carrying out described touch panel and the step of touch condition; Select regional size according to described touch condition decision, the scope that this selection zoning is selected the target that is presented on the described monitor, and, be benchmark with described touch location, on described monitor, set the described step of selecting the zone; And the step of selecting the target of at least a portion and the described selection region overlapping that sets; When in detecting, having carried out touch operation with the target overlapping areas of selecting by described target selection portion to the zone on the described touch panel, delete the described target of selecting, when detecting when not carried out touch operation with the described target overlapping areas of selecting, perhaps, also do not detect when having carried out touch operation when having passed through the stipulated time, remove the step of the selection of target with the described target overlapping areas of selecting; As described touch condition, the strength when detection is carried out touch operation to described touch panel, set as follows: described strength is big more, and the described size in zone of selecting is big more.
The target selecting method of a mode of the present invention is according to the touch operation of the touch panel of overlay configuration on the monitor that shows a plurality of targets, select desired destination a plurality of targets on being presented at described monitor, it is characterized in that this target selecting method has following steps: the touch location when detecting the touch operation of carrying out described touch panel and the step of touch condition; Select regional size according to described touch condition decision, the scope that this selection zoning is selected the target that is presented on the described monitor, and, be benchmark with described touch location, on described monitor, set the described step of selecting the zone; Select the step of the target of at least a portion and the described selection region overlapping that sets; When in detecting, having carried out touch operation with the target overlapping areas of selecting by described target selection portion to the zone on the described touch panel, delete the described target of selecting, when detecting when not carried out touch operation with the described target overlapping areas of selecting, perhaps, also do not detect when having carried out touch operation when having passed through the stipulated time, remove the step of the selection of target with the described target overlapping areas of selecting; As described touch condition, the time when detection is carried out touch operation to described touch panel, set as follows: the described time is long more, and the described size in zone of selecting is big more.
According to the present invention, when selecting a plurality of target, can carry out the selection of target with number of times seldom by the operation of touch panel.
Description of drawings
Figure 1A is that the electronic installation of the 1st execution mode is the stereoscopic figure of digital camera.
Figure 1B is that the electronic installation of the 1st execution mode is the stereoscopic figure of digital camera.
Fig. 2 is the figure that the primary structure of digital camera is shown.
Fig. 3 is the flow chart that the main program of the control program of being carried out by system controller is shown.
Fig. 4 illustrates image to select ﹠amp; The flow chart of deletion subprogram.
Fig. 5 is the figure that is used to illustrate the situation of the display variation of monitor under the situation a little less than the touch operation of touch panel.
Fig. 6 is the figure that is used to illustrate the situation of the display variation of monitor under the strong situation of the touch operation of touch panel.
Fig. 7 is that the image that the 2nd execution mode is shown is selected ﹠amp; The flow chart of deletion subprogram.
Label declaration
1: digital camera; 2: phtographic lens; 3: discharge SW; 4: display mode is selected SW; 5: photograph mode SW; 6: reproduction mode SW; 7: touch panel; 8:CCD; The 9:CCD interface circuit; 10:Flash Rom; 11:SDRAM; 12: system controller; 13: recording medium; 14a: acceleration transducer; 14b: acceleration detection circuit; 18: monitor; 19: the touch operation testing circuit; 20: the monitor drive circuit; 21: black and white LCD; 22: camera operation SW; The 23:USB controller.
Embodiment
Below, with reference to the description of drawings embodiments of the invention.
-Di 1 execution mode-
Figure 1A and Figure 1B are that the electronic installation of the 1st execution mode of the present invention is the stereoscopic figure of digital camera.Digital camera 1 has phtographic lens 2 in the camera front, has the release SW (switch) 3 of the indication that is used to photograph on camera.And, dispose at the camera back side: the display mode of the display format when being used to be set in display image data on the monitor selects SW4, be used to carry out the setting indication of photograph mode photograph mode SW 5, be used to carry out the reproduction mode SW 6 of the setting indication etc. of reproduction mode.Overlay configuration has touch panel 7 on monitor.And user (user) utilizes finger, special-purpose pen (pen) or action bars etc. to carry out touch operation on touch panel 7, thus, carries out importing and at the indication of camera etc. at the information of camera.
Fig. 2 is the figure that the primary structure of digital camera is shown.In Fig. 2, imaging apparatus 8 (by CCD or cmos image sensor formations such as (image sensor)) will be the signal of telecommunication (analog electrical signal) by the shot object image opto-electronic conversion of phtographic lens 2 imagings.9 pairs of shootings of being stipulated by the signal of telecommunication after imaging apparatus 8 opto-electronic conversion of imaging apparatus interface (interface) circuit are handled, and obtain the view data (digital and electronic data) of a definite form.
In Flash Rom 10, record the action that is used to control camera 1 integral body control program, carry out the needed various data of this control program.
SDRAM (Synchronous DRAM) 11 is used for the interim storage of the view data that obtained by imaging apparatus interface circuit 9, and as the working region (work area) of system controller (system controller) 12 etc.
Stacked touch panel 7 is transparent sheet (sheet) shape parts on monitor 18, is to be used to detect the finger that utilizes the user, special-purpose pen (for example recording pen (stylus pen)) or action bars (stick) etc. contact, push or the test section of the touch operation (or knock (tap) and operate) of friction etc.Below, utilize touch operation to show touch panel is contacted, pushes or the operation of friction etc.
Touch operation testing circuit 19 detects the situation of the touch operation of having carried out touch panel 7, and, detect the position (touch location) of having carried out touch operation.The testing result of touch operation testing circuit 19 is output to system controller 12, and system controller 12 carries out specified action according to testing result.
When touch condition test section 14 detects touch panel 7 is carried out touch operation with the touch strength (pushing surperficial power) of the direction of the Surface Vertical of touch panel 7.Touch condition test section 14 is made of acceleration transducer 14a and acceleration detection circuit 14b, and by acceleration detection circuit 14b, the output of degree of will speed up transducer 14a is converted to the incoming level of the A/D converter (not shown) that system controller 12 has.System controller 12 is according to the transformation result of A/D converter, the touch strength of the intensity when detecting expression and carrying out the touch operation of touch panel 7.
In addition, as the transducer of senses touch strength, also can utilize small-sized gyroscope (gyroscope) to replace acceleration transducer 14a.And, also can on touch panel 7, overlay configuration be used to detect the pressure-sensitive transducer that touch panel 7 is carried out the power of touch operation, come senses touch strength according to the output of pressure-sensitive transducer.
Monitor drive circuit 20 drives the monitor 18 that constitutes display part.Monitor 18 is according to the driving of monitor drive circuit 20, target such as display image and various menus etc.Monitor 18 is made of display panels (display panel), plasma display (plasma display panel), EL display floater display elements such as (electroluminescence display panel).
Black and white LCD 21 shows the set condition of camera 1.Camera operation SW 22 comprises above-mentioned release SW 3, display mode is selected SW 4, photograph mode SW 5, reproduction mode SW 6 etc., is the switch that is used for camera 1 is carried out the regulation indication.For example, when operation discharges SW 3 under the state of having set photograph mode in operation photograph mode SW 5 grades, the shot object image opto-electronic conversion that will image on the shooting face by imaging apparatus 8 is the signal of telecommunication, and then imaging apparatus interface circuit 9 is numerical data and output with the analog signal conversion of the image of imaging apparatus output.After the image processing of stipulating by the numerical data of 12 pairs of these images of system controller, and then carry out image Compression, it is recorded in the recording medium 13.
In addition, give intrinsic frame number to the view data that is recorded in the recording medium 13 respectively.Frame number for example can be carried out record with the form in the part of the filename that is included in view data, also can carry out record with the attribute information of view data.
And, when for example having set reproduction mode when operation reproduction mode SW 6 grades, according to the display mode of selecting the operation of SW 4 to set by display mode, display image on monitor 18.Can have by the display mode that display mode selects SW 4 to set: is that single image display mode and the mode that shows a plurality of dwindling (thumbnail) image on monitor 18 are many (multi) image display mode at each frame in the mode that shows on the monitor 18.
USB controller 23 be used for by carrying out the control of data transmit-receive between USB and the external equipment 24 that camera 1 is connected.External equipment 24 for example is personal computer and printer.For example, can printer be connected with camera 1, utilize printer directly to be printed on the view data that camera 1 side is selected by USB.
In this camera 1, when having selected image by the touch operation of touch panel 7 under the state that on monitor 18, shows a plurality of downscaled images, delete selected treatment of picture.That is, the user is by selecting unwanted picture a plurality of downscaled images of touch operation on being presented at monitor 18, with the deletion unwanted picture.
In the 1st execution mode, the touch strength of the touch operation during according to the selection unwanted picture, the size in the selection zone of the scope that decision regulation is selected image, on monitor 18, show to have determined big or small selection zone, will with the image of shown selection region overlapping as the candidate image of wanting deleted image.Below, the flowchart text detailed process content of use Fig. 3.
Fig. 3 illustrates by the flow chart of system controller 12 according to the main program that is stored in the control program execution among the Flash Rom 10.When the Power SW (not shown) that connects as one of camera operation SW 22, system controller 12 begins action from step S1.In addition, in flow chart shown in Figure 3, illustrate and the relevant action of distinctive processing of the present invention, omit other actions.
In step S1, judge and whether operate photograph mode SW 5 and set photograph mode by the user.When being judged to be when having set photograph mode, enter step S2.In step S2, carry out the photography action according to the operation of camera operation SW 22.That is, according to operation as the release SW 3 of one of camera operation SW 22, the captured image of record in recording medium 13.
On the other hand, when in step S1, being judged to be when not setting photograph mode, enter step S3.In step S3, judge and whether operate reproduction mode SW 6 and set reproduction mode by the user.When being judged to be when not setting reproduction mode, return step S1, when being judged to be when having set reproduction mode, enter step S4.
In step S4, judge that whether operating display mode by the user selects SW 4 and set many image display modes.When being judged to be when not setting many image display modes, enter step S5.In step S5, carry out processing based on the single image display mode.That is, according to as the not shown UpSW of one of camera operation SW 22 or the operation of DownSW, (frame) reads view data from recording medium 13 at each frame, and is presented on the monitor 18.That is, UpSW and DownSW are the console switchs that is used for being presented at the change of frame unit the image on the monitor 18.
On the other hand, when in step S4, being judged to be when having set many image display modes, enter step S6.In step S6, the action of permission touch operation testing circuit 19.For example undertaken by making control become to connect from disconnection to the not shown semiconductor switch of touch operation testing circuit 19 supply capabilities.The action of system controller 12 permission touch operation testing circuits 19 communicates with cycle and the touch operation testing circuit of stipulating 19, obtains the information of touch operation.For example, system controller 12 is periodically obtained the information relevant with touch operation by the timer interrupt action, and it is stored in the memory (not shown) of system controller 12 inside.
In step S7, by the action of permission acceleration detection circuit 14b, thereby permission touches the detection action of strength.Acceleration detection circuit 14b output and the corresponding signal of acceleration perpendicular to the direction on the surface of touch panel 7.System controller 12 uses A/D converter to measure the output of acceleration detection circuit 14b with the cycle of regulation.For example, by the timer interrupt action, make A/D converter measure the data of touch operation strength with the sampling action of regulation.With the storage of the touch operation strength that determines in the memory (not shown) of system controller 12 inside.
In step S8, from Flash Rom 10, read Control Parameter (parameter).Include the decision content of selecting the initial value in zone and touching strength described later in this Control Parameter.
In step S9, from recording medium 13, read the view data of specified quantity.For example, (with reference to Fig. 5 (a), Fig. 6 (a)) reads 16 view data from recording medium 13 under the situation that can show 16 downscaled images on the monitor 18.
In step S10, according to the view data of in step S9, reading, generate downscaled images, and it is presented on the monitor 18.
In step S11, judge the not shown UpSW or the DownSW that whether have operated as one of camera SW 22.When being judged to be when having operated UpSW or DownSW, enter step S12, when being judged to be when not carrying out any operation, enter step S14.
In step S12, according to the operation of UpSW or DownSW, the frame number of view data is carried out Up counting or Down counting, from recording medium 13, read the view data corresponding with frame number.
In step S13, according to the view data of in step S12, reading, generate downscaled images, according to the downscaled images that is generated, upgrade the demonstration of monitor 18.After upgrading the demonstration of monitor 18, return step S11.
In step S14,, judge the touch operation of whether having carried out touch panel 7 according to output from touch operation testing circuit 19.When being judged to be when having carried out touch operation, enter step S15, when being judged to be when not carrying out touch operation, enter step S16.
In step S15, carry out the selection of image and the deletion of the image selected is handled according to touch operation.Use flow chart shown in Figure 4 to narrate this image in the back and select ﹠amp; The details of deletion subprogram.
In step S16, judge and whether operate reproduction mode SW 6 and removed reproduction mode by the user.When being judged to be when not removing reproduction mode, return step S11, when being judged to be when having removed reproduction mode, enter step S17.
In step S17, stop the action of touch operation testing circuit 19, and, stop with touch operation testing circuit 19 between communicate by letter.For example, carry out stopping of touch operation testing circuit 19 by making control become disconnection from connection to the not shown semiconductor switch of touch operation testing circuit 19 supply capabilities.
In step S18, the action of acceleration at stall testing circuit 14b, and, the action of going back the A/D converter (not shown) that halt system controller 12 has.After carrying out the processing of step S18, return step S1.
Fig. 4 is illustrated in the image that carries out among the step S15 of flow chart shown in Figure 3 to select ﹠amp; The flow chart of deletion subprogram.Below, select ﹠amp with reference to Fig. 5 and Fig. 6 key diagram picture; The processing of deletion subprogram.Fig. 5 is the figure that is used to illustrate the situation of the display variation of monitor 18 under the situation a little less than the touch operation of touch panel 7.Fig. 6 is the figure that is used to illustrate the situation of the display variation of monitor 18 under the strong situation of the touch operation of touch panel 7.
In step S100, obtain the data Px that touches strength.The data (Px) that touch strength are to utilize A/D converter (not shown) that value after the A/D conversion is carried out in the output of acceleration detection circuit 14b, are stored in the memory of system controller 12 inside.In step S100, from this memory, read the data (Px) that touch strength.
In step S110, judge that whether the touch strength (Px) that obtains is greater than the 1st decision content of stipulating (Pref0) in step S100.The 1st decision content (Pref0) is to be stored in one of Control Parameter among the Flash Rom10, is to be used to judge whether be the threshold value that the user by mistake touches touch panel 7.Touch strength (Px) when the 1st decision content (Pref0) is following when being judged to be, be considered as not carrying out touch operation, return the processing of the main program of Fig. 3.On the other hand, when being judged to be touch strength (Px), enter step S120 greater than the 1st decision content (Pref0).
In step S120, judge that whether the touch strength (Px) that obtains is greater than the 2nd decision content of stipulating (Pref1) in step S100.The 2nd decision content (Pref1) is to be stored in one of Control Parameter among the Flash Rom10, and the relation of Pref1＞Pref0 is set up.Touch strength (Px) when the 2nd decision content (Pref1) is following when being judged to be, enter step S130.
In step S130, set the selection zone according to the initial value of selecting the zone.The initial value of selecting the zone is to be stored in one of Control Parameter among the Flash Rom 10, the size (area that defines on monitor) in the selection zone of setting when expression is carried out touch operation with common touch strength to touch panel 7.
In step S140, be shown in the marking (figure, sign, mark) in the selection zone of setting among the step S130 for the benchmark display list with the touch location.Come the senses touch position by touch operation testing circuit 19.
Picture 51～picture 55 of Fig. 5 illustrates from show the state of 16 downscaled images at monitor 18, by the touch operation of user to touch panel 7, the situation of the display variation of monitor 18.
Picture 51 illustrates the state that shows 16 downscaled images.Here, in order to distinguish each image, the label of mark 11～116.Under this state, for example when the user touches the position corresponding with image 110, transfer to the show state of picture 52.In picture 52, the selection zone 520 that will set in step S130 is shown as the with dashed lines area surrounded.In addition, in picture 52,, show the selection zone 521 under the situation that has touched the zone that does not have display image simultaneously for the situation that does not show the zone of downscaled images that touched is described.Be described in detail in the back.
On the other hand, when in step S120, being judged to be touch strength, enter step S150 greater than the 2nd decision content (Pref1).In step S150,, obtain the big or small Snew in new selection zone by following formula (1) according to touching strength (Px) and selecting regional initial value.In formula (1), Sini represents to select the initial value in zone, and coefficient (K) is to be stored in one of Control Parameter among the Flash Rom 10, the value of expression regulation.
Snew＝Sini+(Px-Pref1)×K (1)
By formula (1) as can be known, it is big more to touch strength (Px), selects the big or small Snew in zone big more.
In addition, the size of the size coefficient (K) according to the rules in the selection zone that calculates by formula (1) and changing.In Fig. 5 and Fig. 6, be set forth in the example that shows 16 downscaled images on the monitor 18 and be illustrated, still, consider quantity owing to the downscaled images that once shows, the value of the initial value Sini in selection zone and the COEFFICIENT K of regulation is different.Therefore, also the display mode of the pictures such as quantity of the downscaled images that can according to the size of downscaled images, once show is suitably set the initial value (Sini) of selecting the zone and the coefficient of stipulating (K).And selecting the initial value (Sini) in zone and the coefficient (K) of regulation also can be the parameter that the user can change.
In step S160, at first, show and the corresponding selection zone of initial value of selecting the zone, then, carry out following demonstration: enlarge the size of selecting the zone, till becoming the size of in step S150, obtaining.Thus, the user can recognize the situation of selecting the zone that enlarged.To have enlarged the situation of selecting the zone in order clearly illustrating, also can to have carried out cartoon and show.
The picture 61 of Fig. 6 illustrates the state that shows 16 downscaled images.In Fig. 6, same with Fig. 5, in order to distinguish each image, the label of mark 11～116.Under this state, for example when the user touches the position corresponding with image 110, transfer to the show state of picture 62.In picture 62, the selection zone 620 corresponding with the initial value of selecting the zone is shown as the with dashed lines area surrounded.
As mentioned above, when touching strength (Px), enlarge the size of selecting the zone, till the size that becomes the selection zone that through type (1) obtains greater than the 2nd decision content (Pref1).In the picture 63 of Fig. 6, the selection zone 630 of expanded state is shown as the with dashed lines area surrounded.
In step S170, judge the downscaled images of the selection region overlapping that whether has at least a portion and in step S140 or S160, show.In example shown in Figure 5, the selection zone 520 that is judged to be image 110 and demonstration on picture 52 is overlapping.And, in example shown in Figure 6, be judged to be image 15,16,17,19,110,111,113,114,115 and the selection zone 630 that on picture 63, shows overlapping.When being judged to be the downscaled images of the selection region overlapping that has at least a portion and on monitor 18, show, enter step S180, when one of the downscaled images that is judged to be and selects region overlapping does not exist, enter step S190.
In step S180, show clearly to be judged to be at least a portion and the downscaled images of selecting region overlapping.With at least a portion and the image of the downscaled images of selecting region overlapping as the selection candidate.In example shown in Figure 5, image 110 and selection region overlapping, so, shown in picture 53, carry out differentiating image 110 and select regional 520 overlapping demonstrations.And, in example shown in Figure 6, shown in picture 64, show at least a portion clearly and select regional 630 overlapping images 15,16,17,19,110,111,113,114,115.
In addition, as showing the method that is judged to be at least a portion and selects the downscaled images of region overlapping clearly, the method etc. of tone that for example has method, the change image of the display size of the method make image flicker, the method that changes the brightness of image, change image, but, so long as the display mode that can inform to the user, then can be display packing arbitrarily.
On the other hand, in step S190, show situation about not existing clearly with the stipulated time with the downscaled images of selecting region overlapping.In step S140 or S160, will select the zone to be presented on the monitor 18 as the with dashed lines area surrounded, still, for example, show situation about not existing with the downscaled images of selecting region overlapping by the methods such as color in the change with dashed lines area surrounded.For example, in picture 52, by display mark 521, thereby there is not and selects the situation of the downscaled images of region overlapping in expression.In addition, about display packing, so long as the brightness of selecting area flicker, change to select the zone, the display size that the zone is selected in change, the tone that the zone is selected in change etc., user can be recognized do not exist method with the situation of the downscaled images of selecting region overlapping, then can utilize any means.Through after the stipulated time, finish clear and definite demonstration (for example deleting the mark 521 of picture 52), return main program.
In step S200, whether the processing of determination step S180 has been passed through the stipulated time after finishing.When being judged to be when not passing through the stipulated time, enter step S210.
In step S210, judge the touch operation of whether having carried out touch panel 7.According to carrying out this judgement from the output of touch operation testing circuit 19.The touch operation here is to be used for determining to select candidate's image as selecting image or being used for from selecting the candidate to get rid of the touch operation of the image of selecting the candidate.When being judged to be the touch operation of not carrying out touch panel 7, return step S200.
Be judged to be under the situation of having passed through the stipulated time when in step S210, being judged to be, promptly at the appointed time during when not carrying out the touch operation of touch panel 7, enter step S230.In step S230, finish the demonstration and the regional clearly demonstration of selection of selection candidate's downscaled images.In the picture 66 of the picture 55 of Fig. 5 and Fig. 6, an example that clearly shows and selects the state of regional demonstration of the downscaled images that illustrating is through with selects the candidate.That is, when becoming the user and stop to carry out the state of selection action of downscaled images halfway, subprogram finishes automatically.
On the other hand, when in step S210, being judged to be the touch operation of having carried out touch panel 7, enter step S220.In step S220, judge whether there is the downscaled images of selecting the candidate in the position of having carried out touch operation.In example shown in Figure 5, judge whether on image 110, carried out touch operation, in example shown in Figure 6, judge whether on image 15～17,19～111,113～115, carried out touch operation.When being judged to be when not having the downscaled images of selecting the candidate, enter step S230 in the position of having carried out touch operation.Then, as the picture 55 of Fig. 5 or the picture 66 of Fig. 6, finish the demonstration that clearly shows and select the zone of selection candidate's downscaled images.That is, remove in hope under the situation of image selection, the user is as long as carry out touch operation to the zone that does not have the image of selecting (selection candidate image).
On the other hand, when being judged to be the downscaled images that has the selection candidate in the position of having carried out touch operation, enter step S240.In step S240, determine to select candidate's downscaled images as selecting image.The deletion view data corresponding from recording medium 13 with this determined image.And,, eliminate the downscaled images corresponding with the image of being deleted from monitor 18 with this action interlock.In example shown in Figure 5, at the picture that illustrates on the picture 54 after having eliminated the downscaled images 110 of selecting the candidate, in example shown in Figure 6, at the picture that illustrates on the picture 65 after having eliminated the downscaled images 15～17,19～111,113～115 of selecting the candidate.
In above-mentioned the 1st execution mode, the example as electronic installation discloses digital camera, and the example as target discloses view data.Promptly, according to above-mentioned electronic installation, the touch condition when detection is carried out touch operation to the overlapping touch panel 7 that is configured on the monitor 18 is according to detected touch condition, the size in zone, the scope that this selection zoning is selected the target that is presented on the monitor 18 are selected in decision.Then, be that benchmark is set and selected the zone with the touch location, with the goal-setting of at least a portion and the selection region overlapping that sets for selecting the candidate.Thus, the touch condition the when user carries out touch operation by change to touch panel 7, thus can once select a plurality of targets.
Especially, according to the electronic installation of the 1st execution mode, the touch strength when detection is carried out touch operation to touch panel 7 is as touch condition.Therefore, the touch strength the when user carries out touch operation by change to touch panel 7, thus can easily once select a plurality of targets.
And according to the electronic installation of the 1st execution mode, the touch strength when touch panel 7 is carried out touch operation is big more, selects the size in zone big more.Therefore, wish to enlarge the user under the situation of scope of select target, only increase and touch strength and get final product, need not carry out repeatedly touch operation in order to select a plurality of targets.
-Di 2 execution modes-
In the 1st execution mode, the size of the touch strength when touch panel 7 is carried out touch operation, change selects to want the size in the selection zone of deleted image.In the 2nd execution mode, according to the time of carrying out touch operation, the size in the selection zone that change will be deleted.Therefore, in the 2nd execution mode, do not need the touch condition test section 14 that constitutes by acceleration transducer 14a and acceleration detection circuit 14b in the structure shown in Figure 2.The touch operation testing circuit 19 of this execution mode detects time that touch panel 7 is touched, promptly utilizes time of contact touch panels 7 such as finger or recording pen.That is the touch condition test section of touch operation testing circuit 19 these execution modes of double as.When touch operation testing circuit 19 did not have the function of senses touch time, also the timer counter that can utilize system controller 12 to have came detection time.
Fig. 7 is that the image that the 2nd execution mode is shown is selected ﹠amp; The flow chart of deletion subprogram.Step at carrying out the processing identical with the processing of flow chart shown in Figure 4 marks same label and detailed.
In step S300, obtain the data (Tx) of the time (touch time) that touch panel 7 is touched from touch operation testing circuit 19.In step S310, whether the touch time (Tx) that judgement obtains in step S300 is longer than the 1st judgement time (Tref0) of regulation.The 1st judgement time (Tref0) was to be stored in one of Control Parameter among the Flash Rom 10, was to be used to judge whether be the threshold value that the user by mistake touches touch panel 7.When being judged to be the touch time (Tx) when the 1st judgement time, (Tref0) was following, be considered as not carrying out touch operation, return the processing of the main program of Fig. 3.On the other hand, when being judged to be the touch time (Tx) when being longer than for the 1st judgement time (Tref0), enter step S320.
In step S320, whether the touch time (Tx) that judgement obtains in step S300 is longer than the 2nd judgement time (Tref1) of regulation.The 2nd judgement time (Tref1) was to be stored in one of Control Parameter among the Flash Rom10, and the relation of Tref1＞Tref0 is set up.When being judged to be the touch time (Tx) when the 2nd judgement time, (Tref1) was following, enter step S130, when being judged to be the touch time (Tx) when being longer than for the 2nd judgement time (Tref1), enter step S330.
In step S330,, obtain the big or small Snew in new selection zone by following formula (2) according to the initial value in touch time (Tx) and selection zone.In formula (2), Sini represents to select the initial value in zone, and coefficient (α) is to be stored in one of Control Parameter among the Flash Rom 10, the value of expression regulation.
Snew＝Sini+(Tx-Tref1)×α(2)
By formula (2) as can be known, the touch time, (Tx) was big more, selected the size (Snew) in zone big more.
In addition, the size of the size coefficient (α) according to the rules in the selection zone that calculates by formula (2) and changing.In Fig. 5 and Fig. 6, be set forth in the example that shows 16 downscaled images on the monitor 18 and be illustrated, still, consider quantity owing to the downscaled images that once shows, select the initial value (Sini) in zone different with the value of the coefficient (α) of regulation.Therefore, also the display mode of the pictures such as quantity of the downscaled images that can according to the size of downscaled images, once show is suitably set the initial value (Sini) of selecting the zone and the coefficient of stipulating (α).And selecting the initial value (Sini) in zone and the coefficient (α) of regulation also can be the parameter that the user can change.
More than, according to the electronic installation of the 2nd execution mode, the touch time when detection is carried out touch operation to touch panel 7 is as touch condition.Therefore, the touch time the when user carries out touch operation by change to touch panel 7, thus can easily once select a plurality of targets.
And according to the electronic installation of the 2nd execution mode, the touch time when touch panel 7 is carried out touch operation is long more, selects the size in zone big more.Therefore, wish to enlarge the user under the situation of scope of select target, only increase the touch time to get final product, need not carry out repeatedly touch operation in order to select a plurality of targets.
In addition, also can be with all or part of the procedure stores of processing that is used for realizing the flow chart shown in Fig. 3 and Fig. 4 (or Fig. 7) at the recording medium of embodied on computer readable, read routine and carrying out from recording medium such as the computer with CPU, RAM etc.Here, this program is called the target selection program.The CPU of computer reads the target selection program that is stored in the recording medium, carries out information Processing/calculation process, thus, realizes and the same processing of above-mentioned electronic installation.
Here, the recording medium of embodied on computer readable is meant disk, photomagneto disk, CD-ROM, DVD-ROM, semiconductor memory, hologram (hologram) memory, molecular memory etc.And, also can issue this target selection program to computer by communication line, the computer that receives this issue is carried out this target selection program.
The invention is not restricted to above-mentioned the 1st～the 2nd execution mode, in the scope that does not break away from purport of the present invention, can carry out various distortion and application.For example, in the above-described embodiment,, for example understand digital camera, still, also can be applied to personal computer, PDA, game station, portable phone etc. as electronic installation.And, as the target of demonstration/selection on monitor, for example understand view data, still, so long as the target that music data, voice data, book data, file data etc. can show on monitor/select then can be arbitrarily.
In the above-described embodiments, the view data (target) of the selection region overlapping of selecting at least a portion and on monitor, setting, when detecting when the zone that has selected view data carried out touch operation, delete the processing of selected view data.But the predetermined process that selected view data is carried out is not limited to the deletion processing.For example, also can utilize the processing of the selected view data of printer prints that is connected with digital camera by USB.
In the picture 54a of Fig. 5, an example of the demonstration of having printed the monitor 18 behind the image 110 is shown.Send selected and definite image 110 to printer, it is printed.Then, the demonstration of having printed image 110 is shown clearly.That is, in picture 54a, in the position display " Print Out " of image 110.
In the above-described embodiments, hypothetical target and the regional two-dimensional arrangement of selection are on monitor 18.But the collocation method of target is not limited only to two dimension.Target also can the one dimension configuration.That is, arrange in one direction under the situation of target, touch strength or touch time when carrying out touch operation, change is arranged with the size in the selection zone on the direction of target.That is, touch strength is big more or the touch time is long more, and the quantity of selected target is many more.Target also can three-dimensional configuration.When for example utilizing computer to carry out three-dimensional CAD, the target that is presented on the monitor is configured on the three dimensions.Under this situation, touch strength or touch time when carrying out touch operation, the size in the selection zone that change is set on three dimensions.That is, touch strength is big more or the touch time is long more, and the quantity of selected target is many more on three dimensions.
Claims (4)
1. an electronic installation is characterized in that, this electronic installation has:
Monitor, it shows a plurality of targets;
Touch panel, its overlay configuration is on described monitor;
Touch location detection portion, the touch location when its detection is carried out touch operation to described touch panel;
The touch condition test section, the touch condition when its detection is carried out touch operation to described touch panel;
Select region setting part, its basis is by the detected touch condition of described touch condition test section, the size in zone is selected in decision, the scope that this selection zoning is selected the target that is presented on the described monitor, and, to be benchmark, on described monitor, set described selection zone by the detected touch location of described touch location detection portion;
Target selection portion, it selects the target of at least a portion and the described selection region overlapping that sets;
Control part, when in detecting, having carried out touch operation with the target overlapping areas of selecting by described target selection portion to the zone on the described touch panel, the described target of selecting of described control part deletion, when detecting when not carried out touch operation with the described target overlapping areas of selecting, perhaps, also do not detect when having carried out touch operation with the described target overlapping areas of selecting when having passed through the stipulated time, described control part is removed the selection of described target selection portion to target;
Strength when described touch condition test section detects described touch panel carried out touch operation is as described touch condition,
Described selection region setting part is set as follows: described strength is big more, and the described size in zone of selecting is big more.
2. an electronic installation is characterized in that, this electronic installation has:
Monitor, it shows a plurality of targets;
Touch panel, its overlay configuration is on described monitor;
Touch location detection portion, the touch location when its detection is carried out touch operation to described touch panel;
The touch condition test section, the touch condition when its detection is carried out touch operation to described touch panel;
Select region setting part, its basis is by the detected touch condition of described touch condition test section, the size in zone is selected in decision, the scope that this selection zoning is selected the target that is presented on the described monitor, and, to be benchmark, on described monitor, set described selection zone by the detected touch location of described touch location detection portion;
Target selection portion, it selects the target of at least a portion and the described selection region overlapping that sets;
Control part, when in detecting, having carried out touch operation with the target overlapping areas of selecting by described target selection portion to the zone on the described touch panel, the described target of selecting of described control part deletion, when detecting when not carried out touch operation with the described target overlapping areas of selecting, perhaps, also do not detect when having carried out touch operation with the described target overlapping areas of selecting when having passed through the stipulated time, described control part is removed the selection of described target selection portion to target;
Time when described touch condition test section detects described touch panel carried out touch operation is as described touch condition,
Described selection region setting part is set as follows: the described time is long more, and the described size in zone of selecting is big more.
3. target selecting method, touch operation according to the touch panel of overlay configuration on the monitor that shows a plurality of targets, select desired destination a plurality of targets on being presented at described monitor, it is characterized in that, this target selecting method has following steps:
The touch location when touch operation of described touch panel is carried out in detection and the step of touch condition;
Select regional size according to described touch condition decision, the scope that this selection zoning is selected the target that is presented on the described monitor, and, be benchmark with described touch location, on described monitor, set the described step of selecting the zone;
Select the step of the target of at least a portion and the described selection region overlapping that sets;
When in detecting, having carried out touch operation with the target overlapping areas of selecting by described target selection portion to the zone on the described touch panel, delete the described target of selecting, when detecting when not carried out touch operation with the described target overlapping areas of selecting, perhaps, also do not detect when having carried out touch operation when having passed through the stipulated time, remove the step of the selection of target with the described target overlapping areas of selecting;
As described touch condition, the strength when detection is carried out touch operation to described touch panel,
Set as follows: described strength is big more, and the described size in zone of selecting is big more.
4. target selecting method, touch operation according to the touch panel of overlay configuration on the monitor that shows a plurality of targets, select desired destination a plurality of targets on being presented at described monitor, it is characterized in that, this target selecting method has following steps:
The touch location when touch operation of described touch panel is carried out in detection and the step of touch condition;
Select regional size according to described touch condition decision, the scope that this selection zoning is selected the target that is presented on the described monitor, and, be benchmark with described touch location, on described monitor, set the described step of selecting the zone;
Select the step of the target of at least a portion and the described selection region overlapping that sets;
When in detecting, having carried out touch operation with the target overlapping areas of selecting by described target selection portion to the zone on the described touch panel, delete the described target of selecting, when detecting when not carried out touch operation with the described target overlapping areas of selecting, perhaps, also do not detect when having carried out touch operation when having passed through the stipulated time, remove the step of the selection of target with the described target overlapping areas of selecting;
As described touch condition, the time when detection is carried out touch operation to described touch panel,
Set as follows: the described time is long more, and the described size in zone of selecting is big more.
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| JP2008-181555 | 2008-07-11 | ||
| JP2008181555A JP2010020608A (en) | 2008-07-11 | 2008-07-11 | Electronic apparatus, camera, object selection method and object selection program |
| JP2008181555 | 2008-07-11 |
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| CN101626460A CN101626460A (en) | 2010-01-13 |
| CN101626460B true CN101626460B (en) | 2011-06-08 |
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| JP2012095236A (en) * | 2010-10-28 | 2012-05-17 | Sanyo Electric Co Ltd | Imaging device |
| CN102654815B (en) * | 2011-03-01 | 2015-03-04 | 联想(北京)有限公司 | Electronic equipment and method used for changing display state of object |
| JP5743679B2 (en) | 2011-04-26 | 2015-07-01 | 京セラ株式会社 | Portable terminal, invalid area setting program, and invalid area setting method |
| CN102999286A (en) * | 2011-09-16 | 2013-03-27 | 腾讯科技（深圳）有限公司 | System and method for quickly creating folder |
| JP5565399B2 (en) * | 2011-10-24 | 2014-08-06 | ヤマハ株式会社 | Electronic acoustic signal generator and program for realizing the control method |
| JP6021335B2 (en) * | 2011-12-28 | 2016-11-09 | 任天堂株式会社 | Information processing program, information processing apparatus, information processing system, and information processing method |
| JP6022807B2 (en) * | 2012-04-26 | 2016-11-09 | 任天堂株式会社 | Information processing program, information processing apparatus, information processing system, and information processing control method |
| JP5377709B2 (en) | 2012-05-23 | 2013-12-25 | 株式会社スクウェア・エニックス | Information processing apparatus, information processing method, and game apparatus |
| KR101397683B1 (en) * | 2012-07-10 | 2014-05-23 | 주식회사 네오위즈인터넷 | The method, terminal and recording medium for providing game interface |
| JP5765364B2 (en) * | 2013-04-17 | 2015-08-19 | コニカミノルタ株式会社 | Image processing apparatus, method for displaying preview image, and program |
| CN106775368A (en) * | 2015-11-25 | 2017-05-31 | 中兴通讯股份有限公司 | The screenshotss method of touch screen terminal, device and touch screen terminal |
| CN105487775A (en) * | 2015-11-26 | 2016-04-13 | 惠州Tcl移动通信有限公司 | Touch screen control method and mobile terminal |
| CN105404457A (en) * | 2015-12-22 | 2016-03-16 | 广东欧珀移动通信有限公司 | Method and device for display content selection |
| CN105653193A (en) * | 2015-12-31 | 2016-06-08 | 宇龙计算机通信科技(深圳)有限公司 | Searching method and terminal |
| KR20170110839A (en) * | 2016-03-24 | 2017-10-12 | 주식회사 하이딥 | Mobile terminal capable of easily capturing screen image and screen image capturing method |
| JP2017142867A (en) * | 2017-05-29 | 2017-08-17 | 株式会社ニコン | Electronic instrument |
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